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A New Boost to 3D Nanoscale Elemental Analysis

A novel nanoanalytical technique enables researchers to analyze the composition of a wide range of materials and visualize the elemental distribution in 3D.

South koreaUnited statesNew south walesNat mach intellJohn scottMilos tothUniversity of technologySemiconductors industryUniversity of technology sydneyThermo fisher scientificNew boostNanoscale elementalTechnology sydneyNanoscale compositionIndustry focusElemental analysis

Focused Ion Beam Market to Discern Steadfast Expansion with CAGR of 8 3% by 2031

Focused Ion Beam Market to Discern Steadfast Expansion with CAGR of 8.3% by 2031

South africaUnited statesAsia pacificRaith gmbEvans analytical groupTechnologies corporationFibics incorporatedTransparency market researchResearch newswireSee campaignTescan orsay holdingTechnological advancements in laboratory equipmentPremium research report immediate delivery availableIon beam marketGlobal industry analysisNorth america

Global Focused Ion Beam Market to Reach Around US$ 729 9 Million by 2026

Global Focused Ion Beam Market to Reach Around US$ 729.9 Million by 2026

United statesSouth africaAsia pacificRaith gmbCustom researchEvans analytical groupTechnologies corporationFibics incorporatedResearch newswireTransparency market researchSee campaignTescan orsay holdingNikhil sawlani transparency market research incTechnological advancements in laboratory equipmentIon beam marketGlobal industry analysis

Using Focused Ion Beam Without Gallium For Damage-Free TEM Specimen Preparation

AZoM spoke with staff scientist for application development, Dr. Chengge Jiao of Thermo Fisher Scientific, about the use of a focused ion beam without gallium to move towards damage-free TEM specimen preparation.

City ofUnited kingdomActa materialiaUniversity of birminghamChengge jiaostaff scientistDevelopmentthermo fisherThermo fisher scientificFisher scientificChengge jiaoThermo fisherFocused ion beamHelios hydraPlasma focused ion beamPhysical review lettersNature materials

Study Suggests Different Reaction Channels for FEBID and FIBID

A new study offered substantial information suggesting different reaction channels for FEBID and FIBID, leading to unique microstructural features.

Susha cheriyedathBhavna kavetisepBhavna kavetiRsi coSuggests different reaction channelsFocused ion beamFocused electron beam depositionNanoelectronic gatesImage creditNano materialsCobalt silicide nanostructures

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